Explain your topconGTS-235 GTS-235N

Explain your topconGTS-235
GTS-235N
Combines integrated electronic monitoring station Model GTS-230N industry Japanese company Topcon between the possibility of monitoring the angles and measure distances as they contain a computer terminal inside the body...
Technical specifications for integrated monitoring station : -
1 - There is an internal memory for storing points , and enough to store 24,000 points2 - measurement accuracy corners five sec GTS-235N for horizontal and vertical circle3 - direct reading of angles in the horizontal and vertical circle one second4 - distance measurement accuracy ± (2 mm +2 ppm (5 - device provider Bmsahh Automatic Dual axis in both directions to correct any tendency in the horizontal plane and the vertical extent of the automatic correction (Compaensating range) ± 3 minutes6 - enlarge the power of the telescope 30 times7 - the telescope is designed to be easier and faster to go in , and more accurate , and the device has the potential to move the telescope in horizontal and vertical direction keys to move through the fast and slow8 - device provider Bashastein completely identical , and two keypads completely identical , screen and keyboard all face9 - You can connect the device directly to the computer , making it easy to transfer data from the device directly to a computer or vice versa , through the cable connection10 - The device has the potential to access and review the data recorded in the field in an easy and simple , as well as the possibility of creating an internal files and delete files , and data audit Active11 - can record any notes or any BB at work and advance on the device , as well as be called during the monitoring12 - can control the opening and closing Alhaaz automatically, or manually key Off, On13 - The device works in extreme weather conditions , and temperatures from -20 ° to +50 ° m m , and protected against water, moisture and dust14 - The device measures the reflectors on paper Sheet Target15 - The extent to measure distances using the reflector and one of up to 3000 m in normal weather conditions , and how to measure distances using three reflectors up to 4000 m in normal weather conditions , can Metering and foot16 - The device works with software cadastral , like CIVIL CAD

Device by several programs serving cadastral surveying work on nature , including: -
1) program cadastral SS lifting your details2) the signing of point nature LAY OUT Bmalomah coordinates stored after the station3) Program data transfer to and from the station4) Measure the height of the objectives of the dimension (REM) in the case of the difficulty of establishing inverter directly Remote Elevation Measurements ( altimetry without reflector )5) Measure spaces AREA limited knowledge of points ( in situ)6) measuring horizontal distances and heights oblique teams7 ) Measurement of angles and signing Alxat
Other technical specifications for integrated monitoring station : -
1 - Write the coordinates on the device 7 numbers are correct , and the four digits after the decimal mark2 - less reading distance on the machine 1 mm / 0.2 mm3 - There are indoor lighting device4 - You can connect the device to the Data Collector5 - Battery internal device :1) device is equipped with an internal battery (BT-52Q) 2.7 amp -hour capacity , 7.2 volts , which is lightweight , and attached to the body of the device, a nickel- hydrogen (Ni-MH)2 ) Battery operated pursuant to a continuous period of 10 hours in the case of measuring distances and 45 -hour monitoring Azwaia only
3) device is equipped with a number one charger BC-27CR for internal batteries , shipped in record time of 1.8 hours

Altimetry without occupation Balax : REM
This program is used to measure the height of a goal ( tower electricity - power cord - minaret - built - ......... ) without occupation Balax but it must be placed under the inverter intended target height measuring device directly because doing so a solution to the triangle can calculate the riseThere are two ways in this program are using the first high reflector and the second does not use high reflectorTo use the program :1 - press power2 - press the Menu key menu3 - press the F4 key to enter the next page4 - press F1: PROGRAMES5 - press F1: REM6 - showing page has the two choices . First F1: INPUT R.HT and where we enter the height of the second inverter and NO R.HT: F27 - to use the high reflector select F18 - page appears where we enter the high reflector R. HT = 0.000 ( high reflector and writing in this field ) and then press F4 [ENT]9 - your guidance on the inverter and press F1 [MEAS] The device measured the horizontal distance and the show for a short time and then appear on the screen vertical distance that you enter10 - your guidance on the target you want to measure the height and will appear directly in front of you the desired height11 - to insert a new high reflector press F2 R.HT and apply the rest of the previous steps12 - to measure the height of another without changing the height of reflector press F3 HD and apply the rest of the previous steps13 - check the account without the introduction of high reflector Click the second option NO R.HT F2 from step 614 - your guidance on the inverter and press F1 [MEAS] The device measured the horizontal distance and the show for a short time on the screen and then appear on the screen corner anchored15 - your guidance on the bottom reflector ( level measurement that we want it) and then press F4 SET16 - appear on the screen VD: 0.00017 - your guidance on the target you want to measure the height and will appear directly in front of you the desired height




Measure the distance between the reflective MLM
This program is used to measure the distance between the reflective ( measuring the dimensions of building - Hungarian breadth River - lengths polygon - a polygon diameters - ....... )There are two ways to measure the initial radial is the way ( is among the first measurement point in the measurement and the last point was the Guidance )The second method is the measurement , respectively ( measured in between the last two points were Orientation them )To use the program :1 - press power2 - press the Menu key menu3 - press the F4 key to enter the next page4 - press F1: PROGRAMES5 - Press F2: MLM6 - chose F2 DON'T USE FILE7 - chose F2 DON'T USE8 - to Achtaartrivh first press F1: MLM - 1 (AB, BC)9 - ALWIL face on the inverter and press F1 MEAS horizontal distance is measured and appear on the screen for guidance , and then the second inverter and press F1: MEAS showing horizontal and vertical distance between Axan on the screen . To get the distance between the oblique Axan press the key measure distances10 - to measure the distance between the first point and the next point and then press F3 HD face on the inverter and press F1 MEAS11 - to use the second method ( measurement , respectively ) from Step 8 Select F2 MLM-2 (AB, BC)12 - on the face of the first inverter and press F1 MEAS horizontal distance is measured and appear on the screen for guidance , and then the second inverter and press F1: MEAS showing horizontal and vertical distance between Axan on the screen . To get the distance between the oblique Axan press the key measure distances13 - to measure the distance between the last point and the next point and then press F3 HD face on the inverter and press F1 MEAS

Area CalculationThis program is used to calculate the spaces between both points monitored and exist within a file or direct monitoring of these points1 - press power2 - press the Menu key menu3 - press the F4 key to enter the next page4 - press F1: PROGRAMES5 - press the F4 key to enter the next page6 - press F1: AREA7 - To calculate the space between points monitored and exist within a file press F1: FILE DATA8 - chose the name of the file that you want to calculate the area between the points and press F4 ENTER9 - Select the blobs of F2 LIST then press F4 ENT ( if blobs consecutive press F4 NEXT) until the completion of all the points ( third point when space begins to emerge and be a space between the points that have been inserted )10 - To change the units press F3 UNIT ( and chose the unit that you want)11 - to calculate the space between the points to be monitored directly press F2: MEASURMENT12 - Press F2 DON'T USE13 - the first point and press MEAS14 - face the rest of the points that you want to calculate the area and then press the MEAS at every point15 - To change the units press F3 UNIT ( and chose the unit that you want)




Direct measurement of distancesThis program is used to measure distances between two points , one of them stand by the station and the other stand by BasOperating steps :1 - press power2 - your standing on one of the two points and the monitoring station over the other Balax3 - your guidance on the inverter and press the key measure distances show horizontal and vertical distance and when the pressure back on the key measure distances show the distance oblique4 - to measure again your guidance on the inverter and press F1 MEAS5 - Select the type of measurement ( accurate - the arena - Normal) and press F2 MODE chose the type of measurement required by F1, F2, F36 - to run a researcher voice for inverter press F3 S / A7 - to change the units press F4 to change the page and then press F3 M / F / I to choose the appropriate unit
Measure the angles :This program is used to measure Wazzaya or signing Alxat using anglesFirst: to measure the angle ( head of the corner here is to be any monitoring station that corner is among the first point and the monitoring station and the second point )To use the program :1 - press power2 - your guidance on the first point and press F1 0 SET then press F3 YES3 - your guidance on the second point gives a direct reading device on the screen of the 
device